Air Canada Cargo is advancing a comprehensive upgrade of its Toronto cargo hub, expanding temperature-controlled infrastructure and introducing new digital and automation tools to better support pharmaceutical and healthcare shipments. The multi-year programme reflects a broader industry shift toward tighter control of sensitive cargo flows, with airlines investing directly in facilities and processes to reduce thermal risk, improve compliance, and enhance end-to-end visibility.
At the centre of the initiative is a significantly enlarged cold chain facility at Toronto, featuring multiple temperature-controlled zones tailored to the requirements of pharmaceuticals, biologics and other healthcare products. The design enables shipments to move through acceptance, handling and release without being exposed to ambient conditions—an approach aimed at minimising temperature excursions during critical transfer points.
Rather than treating cold storage as a discrete step, the upgraded facility integrates operational workstations directly within controlled environments. This allows cargo acceptance, breakdown, build-up and release activities to take place entirely inside temperature-regulated areas, reducing dwell time and handling complexity while improving thermal protection.
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The carrier continues to operate under internationally recognised pharmaceutical handling standards, including IATA CEIV and Good Distribution Practice (GDP) compliance. Controlled-environment handling has been embedded across the workflow, from shipment acceptance through to final release, supported by trained staff and defined procedural controls. Internal engineering oversight has been introduced to map handling processes commodity by commodity, ensuring that facility layout, equipment use and workflow design align with compliance and quality objectives.
Alongside physical infrastructure upgrades, Air Canada Cargo is modernising its operational backbone. The Toronto terminal, now more than two decades old, has historically relied on legacy mechanical systems and paper-heavy workflows. These are being progressively replaced with updated cargo handling equipment, automated processes and digital tools designed to streamline operations and reduce manual intervention.
A key focus is the transition away from paper-based documentation at cargo terminals—a long-standing bottleneck across the airfreight industry. Multiple document checks, repeated data entry and manual milestone confirmation have often slowed acceptance and release processes. In response, Air Canada Cargo is developing an integrated digital ecosystem that connects acceptance handling, internal processing and downstream release, while also linking with customer-facing platforms to improve transparency.
Artificial intelligence is being introduced at the shipment acceptance stage to help identify special handling requirements, regulatory conditions and potential exceptions earlier in the process. By flagging these needs upfront, the carrier aims to reduce downstream disruptions and improve decision-making during peak periods. At the same time, broader API connectivity is being expanded to allow customers to interact with the airline through multiple booking and data channels, reflecting a more flexible, platform-agnostic approach to digital engagement.
Asset visibility is another pillar of the transformation. The carrier is deploying smart tracking technology for unit load devices (ULDs), an area that has long posed challenges for airlines due to seasonal network changes and shipper-controlled returns. By integrating tracking devices with readers across aircraft, warehouses and ground transport, the system is designed to provide near real-time visibility of ULD location and status, supporting better planning, faster repositioning and improved handling efficiency.
The same visibility principles are being applied to pharmaceutical shipments as they move between aircraft stands and temperature-controlled facilities. These transition points are often where exposure risk is highest, particularly during peak operations. Enhanced tracking and monitoring are being assessed to shorten transfer times and maintain tighter control over shipment conditions.
Standardisation across the network is a clear objective. The warehouse management model and digital workflows being developed in Toronto are intended to serve as a template for other locations where the carrier manages its own cargo operations. By replicating systems and processes, the airline aims to deliver more consistent service levels and accelerate the rollout of digital capabilities across its network.
Reducing inbound dwell time remains a central performance target. Milestones are being closely monitored in line with industry standards to ensure shipments move through each stage as efficiently as possible. Underpinning the entire programme is a connected digital architecture built around a simple objective: knowing where every shipment and asset is, at every point in the journey.
Taken together, the facility upgrades, workflow integration and digital investments signal a deliberate move by Air Canada Cargo to future-proof its operations—aligning infrastructure, technology and compliance to meet the growing demands of pharmaceutical and healthcare logistics in an increasingly time- and temperature-sensitive air cargo market.
